Motorola MC13001XP, MC13007XP Datasheet

Device

Operating

Temperature Range

Package

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SEMICONDUCTOR

TECHNICAL DATA

MONOMAX

BLACK AND WHITE TV

SUBSYSTEM

ORDERING INFORMATION

MC13001XP MC13007XP

TA = 0° to +70°C Plastic DIP

Order this document by MC13001X/D

P SUFFIX

PLASTIC PACKAGE

CASE 710

MOTOROLA ANALOG IC DEVICE DATA

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The MONOMAX is a single chip IC that will perform the electronic functions of a monochrome TV receiver, with the exception of the tuner, sound channel, and power output stages. The MC13001XP and MC13007XP will function as a drop–in replacement for the MC13001P and MC13007P, but some external IF components can be removed for maximum benefit. IF AGC range has been increased, video output impedance lowered, and horizontal driver output current capability increased.

• Full Performance Monochrome Receiver with Noise and Video

Processing (Black Level Clamp, DC Contrast, Beam Limiter)

• Video IF Detection On–Chip (No Coils, No Pins, except Inputs)

• Noise Filtering On–Chip (Minimum Pins and Externals)

• Oscillator Components On–Chip (No Precision Capacitors Required)

• MC13001XP for 525 Line NTSC and MC13007XP for 625 Line CCIR

• Low Dissipation in All Circuit Sections

• High Performance Vertical Countdown

• 2–Loop Horizontal System with Low Power Startup Mode

• Noise Protected Sync and Gated AGC System

• Designed to work with TDA1190P or TDA3190P Sound IF and Audio

Output Devices

Figure 1. Basic Elements of the System

Vertical

Integrator

Vertical

Sync

Separator

Window

Control

& Reset

IF In IF In

RF AGC

RF AGC Delay

AGC

Flyback

Horizontal Sync

Separator

3 5

11 10

19+8.0V Out

4 2 6 26 25 27

VIF IF Decoupling

Sound

IF 28

Contrast Beam Limit

Video Out

AGC Filter

Vertical Sync

Vertical Out

Vertical Feedback

Vertical Size

Horizontal Out

13 12 14

Horizontal Phase

Detector 1

Horizontal Frequency

Video IF

VIF Detector

Video

Process

Blank Buffer

Video Process

AGC Sync

AGC

Feed Forward

Sync

Separator

Noise

Process

Vertical

Clock

525

Vertical

Ramp

Horizontal

Phase

Detector 2

Regulator

31.5 kHz Oscillator

Vertical Preamp

Phase

Detector 1

Variable

Slicer

Horizontal

Buffer

Flyback

Buffer

Black

Clamp

Horizontal Phase

Detector 2

 Motorola, Inc. 1995

MC13001X MC13007X

MOTOROLA ANALOG IC DEVICE DATA

MAXIMUM RATINGS

(TA = 25°C, unless otherwise noted.)

Rating

Symbol Value Unit

Power Supply Voltage – Pin 18 V

+16 Vdc

Power Dissipation P

1.0 W

Horizontal Driver Current – Pin 17 I

hor

–20 mA

RF AGC Current – Pin 11 I

RFAGC

20 mA

Video Detector Current – Pin 24 I

VID

5.0 mA

Vertical Driver Current – Pin 22 I

vert

5.0 mA

Auxiliary Regulator Current – Pin 19 I

reg

35 mA

Thermal Resistance Junction–to–Case Rθ

60 °C/W

Maximum Junction Temperature T

150 °C

Storage Temperature Range T

stg

–65 to + 150 °C

Operating Temperature Range T

0° to + 70 °C

RECOMMENDED OPERATING CONDITIONS

Rating Symbol Value Unit

Horizontal Output Drive Current I

hor

≤10 mA

RF AGC Current I

RFAGC

≤10 mA

Regulator Current I

reg

≤20 mA

ELECTRICAL CHARACTERISTICS (V

= 11.3 V, TA = 25°C)

Characteristics

Symbol Min Typ Max Unit

Power Supply Current (Pins 18, 19) I

44 – 76 mA

Regulator Voltage (Pin 19) V

reg

7.2 8.2 8.8 Vdc

HORIZONTAL SPECIFICATIONS

Oscillator Frequency (Nominal) (Pin 12) f

hor(NOM)

13 – 19 kHz Oscillator Sensitivity – 230 – Hz/µA Startup Frequency (I18 = 4.0 mA) f

hor

–10 – +10 % Oscillator Temperature Stability (0 ≤ TA ≤ 75°C) – – 50 – Hz Phase Detector 1 (Charge/Discharge Current)

(Non–Standard Frame) (Standard Frame)

Iφ

– –

±900 ±400

– –

µA

Phase Detector 2

(Charge/Discharge Current)

Vφ

– +1.0

–0.6

– mA

Phase Detector 1

(Output Voltage Limits)

Vφ

– 7.5 (max)

2.5 (min)

– Vdc

Phase Detector 2

(Output Voltage Limits)

Vφ

– 7.7 (max)

1.5 (min)

–

Phase Detector 1

(Leakage Current)

– – 2.0 µA

Phase Detector 2

(Leakage Current)

– – 3.0

Horizontal Delay Range

(Sync to Flyback)

– –

18 (max)

5.0 (min)

– –

µs

Horizontal Output Saturation Voltage

(I17 = 15 mA)

17(sat)

– – 0.3 Vdc

Phase–Detector 1 (Gain Constant)

(Out–of–Lock) (In–Lock)

– –

5.0 10

– –

µA/µs

Horizontal Pull–In Range ±500 ±750 – Hz

MC13001X MC13007X

MOTOROLA ANALOG IC DEVICE DATA

ELECTRICAL CHARACTERISTICS (continued) (V

= 11.3 V, TA = 25°C)

Characteristics

Symbol Min Typ Max Unit

VERTICAL SPECIFICATIONS

Output Current (Pin 22) I

–0.6 – – mA

Feedback Leakage Current (Pin 21) I

– – 6.0 µA

Feedback Maximum Voltage V

– 5.1 – Vdc

Ramp Retrace Current (Pin 20) I

500 – 900 µA

Ramp Leakage Current (Pin 20) – – 0.3 µA

IF SPECIFICATIONS

Regulator Voltage V

– 7.5 – Vdc

Input Bias Voltage V

2,6

– 4.2 –

Input Resistance R

– 6.0 – kΩ

Input Capacitance (V

AGC

Pin 8 = 4.0 V) C

– 2.0 – pF

Sensitivity

(V8 = 0 V, 400 Hz 30% MOD, V28 = 0.8 Vpp)

– 80 – µV

rms

Bandwidth BW – 75 – MHz

VIDEO SPECIFICATIONS

Zero Carrier Voltage (See Figure 5) (Pin 28) – 7.0 – Vdc Output Voltage (See Figure 6) (Pin 24)

White to Back Porch

– 1.4 – V

Differential Gain – 6 – % Differential Phase (IRE Test Method) 4 Degrees

Contrast Bias Current (Pin 26) I

– 10 – µA Contrast Control Range – 14:1 – Beam Limiting Voltage (Pin 27) V

– 1.0 – Vdc

AGC & SYNC

RF (Turner AGC Output Current (V11 = 5.5 V) I

5.0 – – mA

AGC Delay Bias Current I

– –10 – µA AGC Feedforward Current I

– 1.0 – mA AGC Threshold (Sync Tip at Pin 28) V

4.7 – 5.1 Vdc

Sync Separator Operating Point V

– 4.2 – Vdc Sync Separator Charge Current I

– 5.0 – mA

Figure 2. Monomax AGC Characteristics Figure 3. Video Output Response

AGC VOLTAGE, Pin 8 (V)

IF GAIN REDUCTION (dB)

AGC FEEDFORWARD, Pin 9 (V)

0 1.0 2.0 3.0 4.0 5.0 0 2.0 4.0 6.0 8.0 10

RELATIVE ATTENUATION (dB)

VIDEO OUTPUT RESPONSE (MHz)

–10

–20

–30

–40

–50

3 2 1 0

–1 –2 –3 –4 –5

–6

5.0

4.0

3.0

2.0

1.0

(Pin 9)

Video Out (Pin 24) with Max Contrast

Sound IF Out (Pin 28)

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